With the anticipation and excitement to have Windows-Based Mini PC, LIVA is proud to bring you the latest Windows 8.1 OS support to ensure you a pleasant user experience.
With HDMI and D-Sub support, LIVA provides not only two independent output displays, offering a wise choice of home entertainment or multi-display applications, but also wide coverage support of both digital and analog displays.
Equipped with Low Voltage DRAM and Intel Bay Trail-M SoC with Micro USB power supply design, which only takes 5V / 15W of total power consumption, LIVA brings great energy saving ability and the most efficient performance.
Seriously, there is nothing comparable to the mobility of LIVA Mini PC Kit. Based on low power consumption of Intel's Bay Trail processor, LIVA can be booted up and operated simply by a power bank.
With screw-free design of LIVA Mini PC Kit, users can easily self-assemble their own PC and finish all the processes within 40 seconds.
And more importantly, it's so fun and easy!
Featuring Intel® Bay Trail-M SoC (System-on-a-Chip) processor, based on the new low-power consumption micro-architecture "Silvermont" Providing the fan-less thermal design with better acoustic performance, LIVA is a great Mini PC with the advantages of high performance and power saving.
eMMC - Embedded Multi-Media Card - is comprised of both flash memory and a flash memory controller, which is often used for mobile devices. eMMC greatly reduces the response time and is suitable for high performance applications. The ultra-thin eMMC allows LIVA Mini PC Kit to be incredibly small.
The evolution of onboard interface M.2 socket provides a superior standard for connecting NGFF (Next Generation Form Factor), a better and faster standard for connection and expansion. LIVA adopts the latest M.2 Interface with the Wi-Fi / Bluetooth Combo Card for Better wireless communication.
LIVA Integrates low voltage Double Data Rate III Synchronous DRAM, usually used for Notebook PCs, which uses 8% less power than regular DRAM. DDR3L is ideally suited for the main memory application, which requires large memory density, high bandwidth and low power operation.